H3CR-HRL AC200-240 M

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A time delay relay is a combination of an electromechanical or solid-state relay and a control circuit, it is used to control when a process should start, finish or measure a time delay. It can be used in a variety of applications such as controlling motors, lights, heating elements, economizers and in process control. The H3CR-HRL AC200-240 M time delay relay is a versatile, high performance relay designed for industrial environments that require control of a process based on a time-delay setting.

The H3CR-HRL AC200-240 M time delay relay has a wide range of features, such as an adjustable time delay range and a digital display for easy monitoring. It is designed to provide reliable, flexible and accurate time delay control in industrial settings. The AC200-240 M model also has an impressive range of functions, including timers, counters, single shot timing, and cycle timing. It is also capable of simultaneous operation of multiple functions within the same timer.

The H3CR-HRL AC200-240 M time delay relay can be used in many applications, such as: controlling the start and stop of motors or other machinery; controlling the on/off sequence of lights; controlling economizers and temperature control; controlling the on/off sequence of heating elements; and controlling process timing.

The working principle of the H3CR-HRL AC200-240 M time delay relay is simple and straightforward. When power is applied to the input terminals, the control circuit inside the relay will start the timer. When the timer reaches its total delay time, the output contact will operate or disable the connected load. The digital display of the AC200-240 M allows for easy monitoring of the relay\'s status and setting adjustments.

The H3CR-HRL AC200-240 M time delay relay is an ideal solution for a variety of industrial applications. It is reliable and easy to use, with a range of functions and adjustable time delays. The digital display makes monitoring and adjustment easier, and its rugged construction ensures that it can withstand demanding environments.

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